Xerako

Xerako / DualGrid-Bitwise-Multi-TileMapLayer

Public

A multi-layered dual-grid system using a stack of TileMapLayer nodes and efficient bitwise neighbor checks.

19
1
100% credibility
Found Apr 20, 2026 at 19 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
GDScript
AI Summary

Godot demonstration of a dual-grid system for auto-tiling across stacked tile layers, with a playable build for hands-on experimentation.

How It Works

1
🔍 Discover the tile magic demo

You stumble upon this fun project while searching for creative ways to build tile-based worlds in games.

2
📥 Grab the ready-to-play game

Download the zipped game file from the builds folder to try it out right away on your computer.

3
🚀 Launch the game

Unzip the file and open the game, where you'll see simple controls in the top left corner.

4
🎮 Draw your world

Click and hold your mouse buttons to dig down or build up, placing different tiles like grass, sand, or water.

5
✨ See tiles connect seamlessly

Watch in amazement as tiles from different layers blend together perfectly, creating smooth connections without gaps.

✅ Master beautiful tile worlds

You've easily created a stunning, interconnected tile landscape and can explore the ideas for your own creations.

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Star Growth

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AI-Generated Review

What is DualGrid-Bitwise-Multi-TileMapLayer?

This GDScript project delivers a multi-layered dual-grid system for Godot, stacking TileMapLayer nodes to enable seamless auto-tiling across layers via efficient bitwise neighbor checks. It solves the problem of disconnected tile types in layered worlds—like grass or sand blending naturally over water—letting you build inter-layer connectivity without manual tweaks. Users get a playable demo with mouse controls for digging and building in real-time.

Why is it gaining traction?

It stands out by packing dualgrid efficiency into Godot's native TileMapLayer nodes, using bitwise checks for fast multi-layered neighbor detection that scales to any stack depth. Developers hook on the animated GIF demos and zipped build, which instantly show inter-layer auto-tiling in action, unlike clunky single-layer alternatives. The MIT-licensed code invites quick experiments before the planned GPU shader upgrade.

Who should use this?

Godot devs building 2D diggers, cave explorers, or procedural terrain games where layers like water under sand need fluid connections. Ideal for pixel art creators handling multi TileMapLayer stacks in Godot 4.6+, especially if you're prototyping dual-grid systems without shader complexity.

Verdict

At 19 stars and 1.0% credibility score, it's immature with basic docs but constructive for early adopters—fork the GDScript for immediate dualgrid gains while it matures toward broader GPU support.

(178 words)

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